Afd Julius Instituut

Keyphrases

1. Pp Collisions 100%
2. Transverse Momentum 90%
3. ALICE 78%
4. P-Pb Collisions 69%
5. Pb-Pb Collisions 65%
6. Energy Center 46%
7. Atomic Force Microscopy 44%
8. PbPb 43%
9. Forward Rapidity 38%
10. Hadron Decays 34%
11. Multiplicity Dependence 34%
12. Proton-proton Collisions 31%
13. Graphene 27%
14. Production Cross Section 27%
15. Heavy-flavour Hadrons 24%
16. D Meson 24%
17. Graphene Nanoribbon 24%
18. Femtoscopy 24%
19. Collision Energy 23%
20. Decay Channels 22%
21. High pT 21%
22. Muon 21%
23. Honeycomb Lattice 21%
24. Ultraperipheral 20%
25. Photoproduction 20%
26. Scanning Tunneling Microscopy 19%
27. CERN LHC 19%
28. Pseudorapidity 19%
29. Quantum Materials 19%
30. Electronic Structure 19%
31. Charged Particle multiplicity 19%
32. Charged Particles 18%
33. Elliptic Flow 18%
34. Hadrons 18%
35. Correlation Function 17%
36. Nuclear Modification Factor 17%
37. Deuteron 16%
38. Erbium-doped 16%
39. Luminescence Quenching 16%
40. Hydrogenated Amorphous Silicon 16%
41. Computer Science Education 16%
42. Shape Dependence 16%
43. Er3+ 16%
44. Event Pattern 16%
45. Strong Interaction 16%
46. Indium Gallium Nitride (InGaN) 16%
47. P Orbital 16%
48. Acoustic Emission 16%
49. Nanoscale Chemical Imaging 16%
50. Carbon Dioxide 16%
51. Multiple Quantum Wells 16%
52. Scanning Tunneling Microscope 16%
53. Zero-energy Mode 16%
54. Ir(111) 16%
55. Pion 16%
56. Density Functional Calculations 15%
57. Ultrafast 15%
58. Nucleon Pairs 15%
59. Epitaxial Graphene 15%
60. Integrated Luminosity 14%
61. High multiplicity 14%
62. Three-dimensional (3D) 13%
63. Differential Cross Section 13%
64. Atomic Resolution 13%
65. Atomic Force Microscopy Image 13%
66. Proton 13%
67. Large Hadron Collider 12%
68. Kagome Lattice 12%
69. Beauty Hadrons 12%
70. ALICE Experiment 12%
71. Dirac Cone 12%
72. CdTe Quantum Dots 12%
73. Heterogeneous Catalyst 12%
74. Next-to-leading Order 12%
75. Flat Band 12%
76. Scanning Tunneling Spectroscopy 12%
77. Corrugation 12%
78. Scanning Transmission X-ray Microscopy 12%
79. In Situ 12%
80. InGaN Quantum Wells 12%
81. Netherlands 12%
82. Low-temperature Scanning Tunneling Microscopy 12%
83. Two Dimensional 11%
84. Jet-like 11%
85. Mesons 11%
86. Well-defined 10%
87. Attractive Interaction 10%
88. Strange Hadrons 10%
89. Hadron Production 10%
90. Charge Transport 10%
91. Scanning Probe Microscopy 10%
92. Tip-sample Distance 10%
93. Tip Apex 10%
94. Noncontact Atomic Force Microscopy 10%
95. Corner Modes 10%
96. Artificial Lattices 10%
97. S-parameters 10%
98. Central Collisions 10%
99. Cu(111) 10%
100. Charged Particle Production 10%